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A platform for research: civil engineering, architecture and urbanism
Self-propelled barge pouring system and overwater pouring method thereof
The self-propelled barge pouring system comprises a self-propelled barge, a stirring tank truck, an automobile pump, a belt conveyor and a steel bridge mechanism, and the pouring method comprises the steps of voyage number and transportation volume determining, pouring scheme designing, material preparing and loading, loading and getting on, construction area ship mooring, pouring construction and relay pouring. According to the self-propelled barge pouring system, the mixing tank truck, the automobile pump and the belt conveyor are arranged on the self-propelled barge, concrete is carried for open sea water pouring, carrying equipment is easy to obtain, the input cost is low, and the resource problems that a mixing ship is high in cost and the ship is difficult to use are solved; the mixing tank truck carries the land premixed concrete added with the retarder, the pouring time is prolonged, the concrete quality can be guaranteed, and the system is more suitable for the multi-layer multi-time pouring requirement with the small volume; the pouring method is more effective and more economical, the investment of construction ships and personnel is small, and the construction efficiency and the equipment utilization rate are effectively improved by reasonably configuring the concrete transportation volume, the number of mixing tank trucks, ship berthing points and the like.
本发明公开了一种自航驳浇筑系统及其水上浇筑方法，包括自航驳、搅拌罐车、汽车泵、皮带运输机及钢桥机构，浇筑方法包括确定航次和运输量、设计浇筑方案、材料准备和装载、装载上车、施工区泊船、浇筑施工及接力浇筑；自航驳浇筑系统通过在自航驳上配置搅拌罐车、汽车泵和皮带运输机，运载混凝土进行远海水上浇筑，搭载设备易得，投入成本较低，解决了拌合船成本高和用船困境的资源问题；搅拌罐车运载添加缓凝剂的陆地预拌混凝土，增加浇筑时间，可保证混凝土质量，该系统更适于方量小的多层多次浇筑需求；该浇筑方法更有效更经济，施工船舶及人员投入少，通过合理配置混凝土运输量、搅拌罐车数量及泊船点等事项，有效提高施工效率和设备利用率。
Self-propelled barge pouring system and overwater pouring method thereof
The self-propelled barge pouring system comprises a self-propelled barge, a stirring tank truck, an automobile pump, a belt conveyor and a steel bridge mechanism, and the pouring method comprises the steps of voyage number and transportation volume determining, pouring scheme designing, material preparing and loading, loading and getting on, construction area ship mooring, pouring construction and relay pouring. According to the self-propelled barge pouring system, the mixing tank truck, the automobile pump and the belt conveyor are arranged on the self-propelled barge, concrete is carried for open sea water pouring, carrying equipment is easy to obtain, the input cost is low, and the resource problems that a mixing ship is high in cost and the ship is difficult to use are solved; the mixing tank truck carries the land premixed concrete added with the retarder, the pouring time is prolonged, the concrete quality can be guaranteed, and the system is more suitable for the multi-layer multi-time pouring requirement with the small volume; the pouring method is more effective and more economical, the investment of construction ships and personnel is small, and the construction efficiency and the equipment utilization rate are effectively improved by reasonably configuring the concrete transportation volume, the number of mixing tank trucks, ship berthing points and the like.
本发明公开了一种自航驳浇筑系统及其水上浇筑方法，包括自航驳、搅拌罐车、汽车泵、皮带运输机及钢桥机构，浇筑方法包括确定航次和运输量、设计浇筑方案、材料准备和装载、装载上车、施工区泊船、浇筑施工及接力浇筑；自航驳浇筑系统通过在自航驳上配置搅拌罐车、汽车泵和皮带运输机，运载混凝土进行远海水上浇筑，搭载设备易得，投入成本较低，解决了拌合船成本高和用船困境的资源问题；搅拌罐车运载添加缓凝剂的陆地预拌混凝土，增加浇筑时间，可保证混凝土质量，该系统更适于方量小的多层多次浇筑需求；该浇筑方法更有效更经济，施工船舶及人员投入少，通过合理配置混凝土运输量、搅拌罐车数量及泊船点等事项，有效提高施工效率和设备利用率。
Self-propelled barge pouring system and overwater pouring method thereof
一种自航驳浇筑系统及其水上浇筑方法
CHEN YUHUA (author) / ZHANG YING (author) / CHEN XIN'ER (author) / LI YANGGUANG (author) / WANG DETAI (author) / AN XIUSHAN (author) / CHEN WEIPENG (author) / WANG GUOPING (author) / LIU RUIJIAN (author) / SUN JIANBO (author)
2024-03-15
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
/
B28C
Tonaufbereitung
,
PREPARING CLAY
/
B63B
Schiffe oder sonstige Wasserfahrzeuge
,
SHIPS OR OTHER WATERBORNE VESSELS
/
E01D
BRIDGES
,
Brücken
/
G01D
MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE
,
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